Answer:
Value of S=$25000.
Explanation:
Value of P= $75000
Value of n= 5 years
Value of AOC= $36000+ $1500k (k=1 to 5)
Since the salvage value would be after 5 years=
S=($75000- $10000*5) = $75000- $50000= $25000.
Value of S=$25000.
I am 80% sure that the answer is c. (:
Answer:
$500 million
Explanation:
The solution of the money supply and its effect is here below:-
Decrease in money supply = $50 million ÷ reserve ratio
= $50 million ÷ 10%
= $500 million
If $50 million were used to repay loans, that will have raised money supply. Thus, buying $50 million in government securities from the fed reduces the supply of capital.
Answer:
$778460
Explanation:
Using the highlow method, we calculate the variable cost per unit,
- VC / unit = 855460 - 651960 / 730000 - 545000 = $1.1per unit
- The total fixed cost will be = 855460 - (1.1 * 730000) = $52460
The cost estimating equation will be,
- Total cost at x number of unit = 1.1x + 52460
The cost of manufacturing supplies for the month of July will be,
- Total cost (July) = 1.1(660000) + 52460 = $778460
Answer:
A share of this stock be worth$ 21.88 four years from now
Explanation:
Amount of annual dividend that will be paid the next year = $ 2.05
increase in dividend by 3.5% =
= increase by a factor of 1.035
Since there is a 14% return, overall increase in dividend =
= 9.857
<em>Note:</em>
<em>0.035 was obtained from </em>
<em>= 0.035 (dividend increase)</em>
<em>0.14 was obtained from </em>
<em> = 0.14 (percentage return required)</em>
over the next 20 years his new value of dividend will be
New value of dividend = $2.05 + 9.857 = 11.907
Converting to a percentage,
= 1.1907
Net dividend increase =
Dividend returns minus increase in dividend for 20 years is given as
14% - 3.5% = 10.5%
From the above, the
Worth of a share of his stock 4 years from now can be computed by
(dividend X Percentage increase in 20 years)/ net percent dividend increase + (increase in 4 years/ net dividend increase) X 100
+
× 100 =$21.88
∴ A share of this stock be worth$ 21.88 four years from now